Security Operations Center (SOC)

Security Operations Center (SOC). Security Operations Center (SOC). Your scenario will involve deploying a complete solution to solve a significant issue for the organization you have chosen.

Examples include:
• Building a Security Operations Center (SOC)
• Rearchitecting a flat, single domain intranet to segment access based on role and need to know (this could focus on BYOD or data protection)
• Design of a data loss prevention solution that spans endpoint, applications (i.e. email), network and cloud
• Transition from on-prem solution to multi-tenant SaaS solution (i.e. Microsoft Office 365) where classified data is involved

You should choose a research project that will be broad enough so you can demonstrate your knowledge of the major areas covered in your M.S. program. The above examples can all touch on these topics to varying degrees. I encourage you to develop your own scenario, so you can bring your unique experiences to bear on the project!

The major subject areas that should be addressed include:
• Organizational Aspects
• Project Management
• Risk Analysis
• Communications Security
• Assessments and Pen Testing
• Incident Response, Investigations, and Forensics
• Ethical, Legal and Compliance Issues

You will need to first build a scenario and decide what project you will take on. You will then ensure that your project will be able to touch on the major subject areas (some in depth, others less so). You will then develop a project plan or outline, as you would on the job. While you will not develop a detailed budget, you will need to make assumptions about cost and resources as a part of your project. It is likely that most organizations will not foot the bill for a 10 million dollar SOC, unless it is to mitigate a more expensive risk they may have experienced in the past. Another important aspect of your plan will be to assess the risk. You will be asked to list the risk items, score the impact and likelihood for these risks and plot them on a color-coded heat map. High risks will require a mitigation strategy.

For the SOC example, you will assess the risk of not having a SOC (perhaps not having SIEM or analysts looking at security events), and you will show how the SOC will reduce high risks and make certain threats less likely to happen, or make their detection occur sooner to limit impact on the organization.

Background and Significance: This section provides further justification of the need for your project.

◦Business Case: Provide details about the organization you have chosen for your scenario and relevant information about their organizational structure, key initiatives and current state of security that motivates your project (if your project is in response to new risk introduced by another initiative in the organization, then explain the business case that is motivating your project in response). This section will be supplemented by your risk assessment in M4. If your project is because of gaps that introduce risk in your current environment, provide a business case for why there are gaps and how your project is needed to address those gaps. It is likely that something happened over time to get to the state you have today (it could be evolving technology, increased business demands, etc.).
◦ IT Architecture: Provide an overview of the IT network and systems involved in the proposed solution (on-prem or cloud, depending on your scenario).
◦ Data Concerns: Explain what sensitive information is being projected, how it is classified and if it is regulated.
◦ Regulations: If any data involved is regulated, or if there are other legal and compliance concerns, state them in this section.
◦ Users and Roles: Provide an overview of the users and roles who will be involved in the proposed solution.
◦ Risk Assessment (before mitigation): Provide a list of risk items you identify and score and represent them graphically on a risk heat map, based on the current state.
◦ Revised Risk Assessment (after mitigation): Provide a revised risk heat map showing the future risk landscape after your project is complete.
◦ Project Plan: Develop your plan of action to mitigate high risks, with details related to staffing and (estimated) budget.
◦ In your project plan, explain how your project will touch on the various topics you have covered in your M.S. program:

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Security Operations Center (SOC)

Security Operations Center (SOC)

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Cybersecurity

Cybersecurity. Cybersecurity. Your scenario will involve deploying a complete solution to solve a significant issue for the organization you have chosen.

Examples include:
• Building a Security Operations Center (SOC)
• Rearchitecting a flat, single domain intranet to segment access based on role and need to know (this could focus on BYOD or data protection)
• Design of a data loss prevention solution that spans endpoint, applications (i.e. email), network and cloud
• Transition from on-prem solution to multi-tenant SaaS solution (i.e. Microsoft Office 365) where classified data is involved

You should choose a research project that will be broad enough so you can demonstrate your knowledge of the major areas covered in your M.S. program. The above examples can all touch on these topics to varying degrees. I encourage you to develop your own scenario, so you can bring your unique experiences to bear on the project!

The major subject areas that should be addressed include:
• Organizational Aspects
• Project Management
• Risk Analysis
• Communications Security
• Assessments and Pen Testing
• Incident Response, Investigations, and Forensics
• Ethical, Legal and Compliance Issues

You will need to first build a scenario and decide what project you will take on. You will then ensure that your project will be able to touch on the major subject areas (some in depth, others less so). You will then develop a project plan or outline, as you would on the job. While you will not develop a detailed budget, you will need to make assumptions about cost and resources as a part of your project. It is likely that most organizations will not foot the bill for a 10 million dollar SOC, unless it is to mitigate a more expensive risk they may have experienced in the past. Another important aspect of your plan will be to assess the risk. You will be asked to list the risk items, score the impact and likelihood for these risks and plot them on a color-coded heat map. High risks will require a mitigation strategy.

For the SOC example, you will assess the risk of not having a SOC (perhaps not having SIEM or analysts looking at security events), and you will show how the SOC will reduce high risks and make certain threats less likely to happen, or make their detection occur sooner to limit impact on the organization.

Background and Significance: This section provides further justification of the need for your project.

◦Business Case: Provide details about the organization you have chosen for your scenario and relevant information about their organizational structure, key initiatives and current state of security that motivates your project (if your project is in response to new risk introduced by another initiative in the organization, then explain the business case that is motivating your project in response). This section will be supplemented by your risk assessment in M4. If your project is because of gaps that introduce risk in your current environment, provide a business case for why there are gaps and how your project is needed to address those gaps. It is likely that something happened over time to get to the state you have today (it could be evolving technology, increased business demands, etc.).
◦ IT Architecture: Provide an overview of the IT network and systems involved in the proposed solution (on-prem or cloud, depending on your scenario).
◦ Data Concerns: Explain what sensitive information is being projected, how it is classified and if it is regulated.
◦ Regulations: If any data involved is regulated, or if there are other legal and compliance concerns, state them in this section.
◦ Users and Roles: Provide an overview of the users and roles who will be involved in the proposed solution.
◦ Risk Assessment (before mitigation): Provide a list of risk items you identify and score and represent them graphically on a risk heat map, based on the current state.
◦ Revised Risk Assessment (after mitigation): Provide a revised risk heat map showing the future risk landscape after your project is complete.
◦ Project Plan: Develop your plan of action to mitigate high risks, with details related to staffing and (estimated) budget.
◦ In your project plan, explain how your project will touch on the various topics you have covered in your M.S. program:

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  • Essays written from scratch – 100% original,

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  • Competitive prices and excellent quality,

  • 24/7 customer support,

  • Priority on customer’s privacy,

  • Unlimited free revisions upon request, and

  • Plagiarism free work.

Providing Quality University Papers , written from scratch,

delivered on time, at affordable rates!

Cybersecurity

Cybersecurity

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merits and challenges of Cybersecurity Standards.

merits and challenges of Cybersecurity Standards.. merits and challenges of Cybersecurity Standards.. A well-written and well-researched pages, explain the relative merits and challenges of Cybersecurity Standards. Discuss the merits of unified architectures vs. proprietary technologies in ensuring standards compliance and cybersecurity? (One application environment wherein unified architectures have been successful is in the production process control environment. ) A unified architecture is one wherein the software, systems, and environment are all built/purchased to be compliant with all standards for the environment and wherein there are no in-house (proprietary) non-standard solutions deployed. A unified architecture results in the use of a single hardware/software architecture configuration for all deployments in a given domain/environment of computing technology usage. Conversely, a proprietary deployment would be one in which the system is optimized for performance and in-house needs and may (or may not) be compliant with one or more standards. (Think SCADA issues). More about unified architectures for process control systems (as an example environment) can be found at: www.opcfoundation.org/ua/‎ and in the attached file.

In this paper discuss whether it is possible to formulate global standards that unify standards such as CMM and ISO 27001. Discuss the challenges posed to the development of global standards by cyberattack technologies. In the discussion of challenges posed to the development of global standards, be sure to reference the material covered in the Penetration Testing book by Weidman for examples of cyberattack technologies and penetration methods that the standards must address. Discuss whether true unity is technically possible and why or why not If true unity is not technically possible, how should budgeters and policy-makers be guided to make the correct decision on IT Security investments? Support your position with evidence from the required readings as well as other sources and be sure to cite diligently. Describe real-world examples that help support your position.

The paper should include, at a minimum, the relative merits and challenges of the Cybersecurity Standards. It should also answer the questions above in depth. Prepare your paper in Word. Include a minimum of 12 credible, external sources. At least 75% of the references should be based on official reports, scholarly studies, or peer-reviewed journal articles (IEEE, ACM, BlackHat, or similar). The citations and the reference list in the paper should be formatted in accordance with APA 6th edition guidelines.
Some readings:
BS7799 – How it Works
http://www.iwar.org.uk/comsec/resources/bs7799/works.htm
The Common Criteria for Evaluation and Validation Scheme
http://www.niap-ccevs.org/st/st_vid10479-vr.pdf A well-written and well-researched pages, explain the relative merits and challenges of Cybersecurity Standards. Discuss the merits of unified architectures vs. proprietary technologies in ensuring standards compliance and cybersecurity? (One application environment wherein unified architectures have been successful is in the production process control environment. ) A unified architecture is one wherein the software, systems, and environment are all built/purchased to be compliant with all standards for the environment and wherein there are no in-house (proprietary) non-standard solutions deployed. A unified architecture results in the use of a single hardware/software architecture configuration for all deployments in a given domain/environment of computing technology usage. Conversely, a proprietary deployment would be one in which the system is optimized for performance and in-house needs and may (or may not) be compliant with one or more standards. (Think SCADA issues). More about unified architectures for process control systems (as an example environment) can be found at: www.opcfoundation.org/ua/‎ and in the attached file.

In this paper discuss whether it is possible to formulate global standards that unify standards such as CMM and ISO 27001. Discuss the challenges posed to the development of global standards by cyberattack technologies. In the discussion of challenges posed to the development of global standards, be sure to reference the material covered in the Penetration Testing book by Weidman for examples of cyberattack technologies and penetration methods that the standards must address. Discuss whether true unity is technically possible and why or why not If true unity is not technically possible, how should budgeters and policy-makers be guided to make the correct decision on IT Security investments? Support your position with evidence from the required readings as well as other sources and be sure to cite diligently. Describe real-world examples that help support your position.

The paper should include, at a minimum, the relative merits and challenges of the Cybersecurity Standards. It should also answer the questions above in depth. Prepare your paper in Word. Include a minimum of 12 credible, external sources. At least 75% of the references should be based on official reports, scholarly studies, or peer-reviewed journal articles (IEEE, ACM, BlackHat, or similar). The citations and the reference list in the paper should be formatted in accordance with APA 6th edition guidelines.
Some readings:
BS7799 – How it Works
http://www.iwar.org.uk/comsec/resources/bs7799/works.htm
The Common Criteria for Evaluation and Validation Scheme
http://www.niap-ccevs.org/st/st_vid10479-vr.pdf

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merits and challenges of Cybersecurity Standards.

merits and challenges of Cybersecurity Standards.

For a custom paper on the above or a related topic or instructions, place your order now!

What We Offer:

• Affordable Rates – (15 – 30% Discount on all orders above $50)
• 100% Free from Plagiarism
• Masters & Ph.D. Level Writers
• Money Back Guarantee
• 100% Privacy and Confidentiality
• Unlimited Revisions at no Extra Charges
• Guaranteed High-Quality Content